|
public Include ( Directory path ) : |
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| path | Directory | |
| Результат | ||
public FluentFileSample()
{
var file = new FluentFs.Core.File(@"c:\temp\test.txt");
file.Copy.To(@"c:\temp\test2.txt");
file.Move.To(@"c:\NewDirectory");
file.Move.ContinueOnError.To(@"c:\DirectoryThatMayNotExist");
file.Rename.To("test41.txt");
file.Delete(OnError.Continue);
var directory = new FluentFs.Core.Directory(@"c:\temp\sample");
directory.Delete(OnError.Continue).Create(OnError.Fail);
directory.Files(); //returns all files in the folder
directory.Files("*.txt"); //returns all files ending in .txt
var childFolder = directory.SubFolder("childFolder"); //creates a new Directory object with a path of c:\temp\sample\childFolder
directory.ToString(); //returns the path of the folder
directory.File("test.txt"); // returns back a FluentFilesystem.File object with a path of c:\temp\sample\test.txt
var fileset = new FluentFs.Core.FileSet();
fileset.Include(@"c:\Project\GUI\*.cs").RecurseAllSubDirectories
.Exclude("assemblyInfo.cs")
.Include(@"c:\Project\globalconfig.xml");
ReadOnlyCollection <string> files = fileset.Files;
fileset.Copy.To(@"c:\temp");
}
public void IncludeWithFilter()
{
var fs = new FileSet();
var readOnlyCollection = fs.Include(new Directory(rootFolder)).Filter("*.cs").Files;
Assert.That(readOnlyCollection[0], Is.EqualTo(Path.Combine(rootFolder, "file1.cs")));
Assert.That(readOnlyCollection[1], Is.EqualTo(Path.Combine(rootFolder, "file2.cs")));
Assert.That(readOnlyCollection[2], Is.EqualTo(Path.Combine(rootFolder, "file3.cs")));
}
private void CompileBuildFileConverterWithoutTests()
{
var sourceFiles = new FileSet();
sourceFiles.Include(directory_src_converter).RecurseAllSubDirectories.Filter("*.cs")
.Exclude(directory_src_converter).RecurseAllSubDirectories.Filter("*Tests.cs");
;
Task.Build.Csc.Target.Executable(x => x.AddSources(sourceFiles).OutputFileTo(assembly_BuildFileConverter_WithTests));
}
public void GenerateFrom_ShouldPopulateFiles()
{
var fileset = new FileSet();
fileset.Include(new File("c:\temp\nonexistant.txt"));
Resgen subject = new Resgen().GenerateFrom(fileset);
Assert.That(subject.Files, Is.Not.Null);
Assert.That(subject, Is.Not.Null);
}
public void ExecuteShouldRunExe()
{
var mock = MockRepository.GenerateStub<IActionExcecutor>();
var fileset = new FileSet();
fileset.Include(new File(@"c:\temp\nonexistant.txt"));
Resgen subject = new Resgen(mock).GenerateFrom(fileset).OutputTo(@"c:\temp\");
subject.Execute();
mock.AssertWasCalled(x=>x.Execute(Arg<Func<Executable, object>>.Is.Anything));
}
public static string BuildAssemblyFromSources(string path, string baseDirectory)
{
if (!System.IO.Directory.Exists(path))
throw new DirectoryNotFoundException("Could not find the directory to build of " + path);
Defaults.Logger.WriteDebugMessage("Sources found in: " + path);
var fileset = new FileSet();
fileset = fileset.Include(new Directory(path)).RecurseAllSubDirectories.Filter("*.cs");
string startPath = Path.GetDirectoryName(Assembly.GetExecutingAssembly().GetName().CodeBase).Replace("file:\\", "");
string fluentBuilddll = Path.Combine(startPath, "FluentBuild.dll");
Defaults.Logger.WriteDebugMessage("Adding in reference to the FluentBuild DLL from: " + fluentBuilddll);
string tempPath = Environment.GetEnvironmentVariable("TEMP") + "\\FluentBuild\\" + DateTime.Now.Ticks;
//System.IO.Directory.Delete(Environment.GetEnvironmentVariable("TEMP") + "\\FluentBuild\\", true);
System.IO.Directory.CreateDirectory(tempPath);
string outputAssembly = Path.Combine(tempPath, "build.dll");
Defaults.Logger.WriteDebugMessage("Output Assembly: " + outputAssembly);
var references = new List<String>() { fluentBuilddll };
/*
var fluentFs = new FluentFs.Core.File(Path.Combine(startPath, "FluentFs.dll"));
if (File.Exists(fluentFs.ToString()))
{
fluentFs.Copy.To(tempPath);
references.Add(fluentFs.ToString());
}
*/
//add in third party references
var projectParser = new ProjectParser(path, baseDirectory);
if (projectParser.HasProjectFile())
{
var referencesFromProjectFile = projectParser.GetReferences();
foreach (var referenceFromProjectFile in referencesFromProjectFile)
{
Defaults.Logger.WriteDebugMessage("Adding in third party reference " + referenceFromProjectFile);
}
references.AddRange(referencesFromProjectFile);
}
Task.Build.Csc.Target.Library(x => x.AddSources(fileset).AddRefences(references.ToArray()).IncludeDebugSymbols.OutputFileTo(outputAssembly));
return outputAssembly;
}
public FileSet Execute()
{
string resGenExecutable = GetPathToResGenExecutable();
var outputFiles = new FileSet();
foreach (string resourceFileName in Files.Files)
{
string outputFileName = Prefix + Path.GetFileNameWithoutExtension(resourceFileName) + ".resources";
outputFileName = Path.Combine(OutputFolder, outputFileName);
outputFiles.Include(outputFileName);
var builder = new ArgumentBuilder();
builder.StartOfEntireArgumentString = "\"" + resourceFileName + "\" \"" + outputFileName + "\"";
_actionExcecutor.Execute<Executable>(x=>x.ExecutablePath(resGenExecutable).UseArgumentBuilder(builder));
}
return outputFiles;
}
public static FileSet as_file_set(this File[] files)
{
var result = new FileSet();
foreach (var item in files)
{
result.Include(item);
}
return result;
}
private void CompileBuildFileConverter()
{
var sourceFiles = new FileSet();
sourceFiles.Include(directory_src_converter).RecurseAllSubDirectories.Filter("*.cs");
Task.Build.Csc.Target.Executable(x => x
.AddSources(sourceFiles)
.IncludeDebugSymbols
.AddRefences(thirdparty_rhino, thirdparty_nunit)
.OutputFileTo(assembly_BuildFileConverter_WithTests)
);
}
private void CompileCoreSources()
{
var sourceFiles = new FileSet();
sourceFiles.Include(directory_src_core).RecurseAllSubDirectories.Filter("*.cs");
Task.Build.Csc.Target.Library(x => x
.AddSources(sourceFiles)
.IncludeDebugSymbols
.AddRefences(thirdparty_rhino, thirdparty_nunit, thirdparty_sharpzip, thirdparty_fluentFs)
.OutputFileTo(assembly_FluentBuild_WithTests_Partial)
);
Task.Run.ILMerge(x => x.ExecutableLocatedAt(@"tools\ilmerge\ilmerge.exe")
.AddSource(assembly_FluentBuild_WithTests_Partial)
.AddSource(thirdparty_sharpzip)
.AddSource(thirdparty_fluentFs)
.OutputTo(assembly_FluentBuild_WithTests_Merged));
assembly_FluentBuild_WithTests_Partial.Delete();
}
public FluentFileSample()
{
var file = new FluentFs.Core.File(@"c:\temp\test.txt");
file.Copy.To(@"c:\temp\test2.txt");
file.Move.To(@"c:\NewDirectory");
file.Move.ContinueOnError.To(@"c:\DirectoryThatMayNotExist");
file.Rename.To("test41.txt");
file.Delete(OnError.Continue);
var directory = new FluentFs.Core.Directory(@"c:\temp\sample");
directory.Delete(OnError.Continue).Create(OnError.Fail);
directory.Files(); //returns all files in the folder
directory.Files("*.txt"); //returns all files ending in .txt
var childFolder = directory.SubFolder("childFolder"); //creates a new Directory object with a path of c:\temp\sample\childFolder
directory.ToString(); //returns the path of the folder
directory.File("test.txt"); // returns back a FluentFilesystem.File object with a path of c:\temp\sample\test.txt
var fileset = new FluentFs.Core.FileSet();
fileset.Include(@"c:\Project\GUI\*.cs").RecurseAllSubDirectories
.Exclude("assemblyInfo.cs")
.Include(@"c:\Project\globalconfig.xml");
ReadOnlyCollection<string> files = fileset.Files;
fileset.Copy.To(@"c:\temp");
}